Tracking the Protein Patrollers
A nanoprobe developed by biophysicists at NC State could allow researchers to trace the movements of different proteins along DNA – without the drawbacks of current methods. A host of proteins patrol your DNA helix like cops on a beat. […]
Hybrid Digital-Analog Circuits Can Increase Computational Power of Chaos-Based Systems
Combining digital and analog components in nonlinear, chaos-based integrated circuits can improve their computational power.
Exploratory Grants Generate Solutions
Faculty and staff can consider applying for a DELTA exploratory grant. Deadline for all DELTA grant applications is May 5.
Non-equilibrium Physics Explained: 5 Questions with Lex Kemper
Lex Kemper uses a new method of probing poorly understood materials, like superconductors, in order to find out what makes them tick.
Untangling Complex Interactions – With Lasers
Want to know exactly why and how a superconductor works on the atomic level? Hit it with laser pulses.
Nobel-Laureate Amano To Lecture at Hunt Library
Nobel-laureate Hiroshi Amano, the co-recipient of the 2014 Nobel Prize for Physics, will present a distinguished lecture about semiconductor devices on Thursday, Oct. 19, from 3-4 p.m. at the Hunt Library auditorium.
The Next Generation of Greenhouses May Be Power Plants
Researchers from NC State and UNC-Chapel Hill are launching a project to develop next generation greenhouses with built-in solar cells that make use of the entire spectrum of solar light.
Reconfigurable Chaos-based Microchips Offer Possible Solution to Moore’s Law
New, nonlinear, chaos-based integrated circuits enable computer chips to perform multiple functions with fewer transistors.
Nucleon Interactions Key to Quantum Phase Transition
New research offers a window into how forces are connected to structure.
Driving Toward More Efficient Solar Cells
NC State physicist Kenan Gundogdu was part of an international team that produced organic solar cells with fast charge separation and low voltage loss.